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TEMPE, ARIZONA A Case Study in Municipal Networking

TEMPE, ARIZONA A Case Study in Municipal Networking. By: William E. Lewis CIO and Vice provost Arizona State University. In the Beginning 2005 NET@EDU MEETING. Goals. Easy access to the Internet. Vulnerability checking of systems before network access granted.

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TEMPE, ARIZONA A Case Study in Municipal Networking

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  1. TEMPE, ARIZONAA Case Study in Municipal Networking By: William E. Lewis CIO and Vice provost Arizona State University

  2. In the Beginning2005 NET@EDU MEETING

  3. Goals • Easy access to the Internet. • Vulnerability checking of systems before network access granted. • Limited access for guests/visitors. • Allow ASU affiliates to validate with their ASU credentials for full network access. • Allow VPN encryption. • Improve security. • Implement quickly. • Community service.

  4. What has been done? • Technology currently employed • Cisco Access Points • 1200 series AP • 1400 series AP/bridge • Cisco Clean Access (formerly Perfigo) • Version 3.3.5 • Provides client scanning before access to Internet. • Controls the network access based on different user roles.

  5. Coverage Area

  6. Where do we go from here? • Expand/fill in coverage of downtown area. • Implement Mesh technology • City of Tempe RFP to find vendor to take over free public downtown coverage and provide for-fee coverage of the entire city of Tempe.

  7. City of Tempe • Tempe Demographics • 160,000 Residents / 50,000 Students • 40 Sq mile area in Phoenix metro area (3 Million people) • Home to Arizona State University (singlelargest campus in nation) • Mill Avenue – Valley entertainment destination • Tempe Town Lake – 4 miles of shoreline property • Smart Residents • More than 40 percent of Tempe's residents over the ageof 25 hold a bachelor's degree or higher. Another 14 %have a graduate degree. • Software engineers, scientific researchers, photographers,marketing professionals, lawyers and venture capitalistsmake Tempe their city of choice. • A recent report by economist Richard Florida titledRise of the Creative Class shows that Tempe is a thriving place for this new brand of workers to reside. • City Employees • 1640 regular employees / 300 seasonal employees • All employees have access to a computer, most use a computer to do their job • Mayor, Council, City Manager form of government

  8. Goals and Objectives • Project Objectives • Provide ubiquitous wireless broadband coverage over entire 40 sq mile area of Tempe • Provide an alternative to DSL and Cable modem for residents of Tempe • Offer free WiFi service in Tempe’s downtown retail corridor for visitors • Promote usage of the Tempe City Website and Egov applications by offering free “anywhere” access to Tempe.gov • Promote usage of ASU on-line services by offering free “anywhere” access to ASU.edu • Build a border-to-border wireless municipal network that would provide total mobility for Tempe municipal employees • Enhance the ability for public safety employees to protect and serve through the use of broadband wireless technology • Promote economic development in Tempe by making Tempe a smart place to be, and the best place to live, work and play

  9. Possible Solutions • Build a municipal network - totally owned, operated and maintained by the City • Install cost – City • Operational expense – City • Revenue – City • Public/Private partnership – The City installs the network and contracts the operation and maintenance out to a wireless provider • Install cost – City • Operational expense – Service Provider • Revenue – Shared • Public/Private agreement - Offer resources to entice the construction of a public network that could be used to deliver municipal services and enhance the community • Install cost - Service Provider • Operational expense - Service Provider • Revenue - Service Provider

  10. Chosen alternative:Public/Private agreement

  11. Some of the RFP Objectives • Provide affordable, broadband wireless service for residents and business in Tempe • Provide unlimited free access for anyone in the City of Tempe to City of Tempe and ASU public services • Free limited (port 80, 443 & VPN) Internet access for everyone in the downtown Tempe area • Free limited (port 80, 443 & VPN) Internet access for all ASU affiliates and City of Tempe employees from anywhere in Tempe. • Provide seamless roaming between Contractors proposed public wireless solution and ASU wireless system

  12. Applications: Current/Future • Police • Uploading reports / Downloading graphics / Access to email • ACIC / NCIC access from patrol car or beat • Special Event communications and monitoring • On-the-fly Incident Command Center setup • Fire • On-scene cameras and Telemedicine • GIS information on Trucks • Hazardous materials database access • Traffic intersection cameras • Bio-hazard sensors • Water Utilities • Well and tank monitoring (SCADA) • Security Cameras • Meter reading • GIS information available in field • Infrastructure inventory and service ticket updates live

  13. More Applications • Public Works • Access to GIS data in the field • Fleet management (AVL) • Trash Truck Cameras • Bus Stop/ Light rail kiosks • Signal light control and cameras • Parks maintenance / Ball field lighting • Development Services • Building inspections and field reports • Code Compliance and inspections • Submit applications and print permits in the field • General Government • Network access for Sales Tax Auditors • Inventory and work-order access for Technicians • Telecommuting from anywhere • Off site meeting rooms

  14. Project Economics • City has no out-of-pocket capital expense • Ongoing expense to the City is limited to electricity charges from pole-top radios • Wireless Provider responsible for all maintenance and upkeep, including relocation of units as needed • Funding for project comes entirely from Service Provider capital. • Service agreement provides guaranteed use of Municipal network for life of agreement • Service Provider revenue source comes from residential and business subscribers

  15. Deployment • Deployment specifics • In 2004 Tempe and ASU staff deployed a proof-of-concept wireless network in the Downtown corridor adjacent to campus. • “Pilot” involved 15 access points placed on buildings along Mill Avenue and was offered free of charge to anyone in the coverage area courtesy of ASU. • Phase II was an RFI and RFP for City-wide wireless access • Sustainability and Scalability of the project • Tempe’s contract is written such that additional light poles can be added to the network. • The agreement calls for total build-out of the network in 180 days from contract signing. • The project includes coverage for all of Tempe (40 sq mi). • The agreement is renewable for two (2) additional 5-year terms to help ensure a healthy return on the capital investment.

  16. Opportunity • The battle over municipal broadband - wired and wireless - has moved from the statehouse to the US Congress. • Congressman Pete Sessions from Dallas, Texas has proposed a broad prohibition on municipal broadband while Senators McCain and Lautenberg have countered with a pro-municipal bill. • This continues to be a hot topic in the US because the most recent statistics (not the self-serving ones from the FCC) show that the US is falling farther behind Asia and Europe in broadband penetration. • Moreover, prices in Asia and Europe continue to drop as their connection speeds increase. • Many Americans are alarmed at the growing “digital divide” and consider municipalities to be the only way to get around the cable/DSL duopoly that keeps prices artificially high and stands in the way of faster broadband deployment.

  17. November 28, 2005 • TempeWAZ-McCain.mov

  18. Vendor Selection Voice, Video and Data Mesh Design 24x7 Customer Service Multi-Radio Low Latency 95% Coverage Open Network

  19. Timeline • Jan 2004: Project begins with Council briefing by staff on benefits of WiFi • Feb - Mar 2004: Feasibility study / Mesh technology research • April - July 2004: Discussion with ASU and Tempe on “Proof of Concept” • Sept 2004: Prepare and release RFI • Oct 2004: Free WiFi offered in 5 block area of Downtown Tempe • Oct - Dec 2004: Review responses to RFI and preparation of RFP • Jan 2005: RFP for City-wide WiFi released • Mar - Apr 2005: RFP evaluation and selection • April 22, 2005: Council Awards 5 year contract • May - July 2005: Contract negotiations • Aug 18, 2005: Contract signed by Mayor Hugh Hallman • Aug 29, 2005: First Mesh radios deployed in downtown area on street lights • Oct 21, 2005: Phase I complete (80 radios deployed) • Nov 28, 2005: WazTempe Media event and Ribbon Cutting (Town Lake)

  20. 5 Phases The deployment was planned in a phased approach. The City was broken up into 5 zones. Each zone representing 1/5 of the total area or about 8 sq miles per phase.

  21. Structured Wireless Mesh Termination Point

  22. Structured Wireless Mesh Termination Point User Coverage

  23. Structured Wireless Mesh Termination Point User Coverage

  24. Customer experience

  25. Photos

  26. Questions ?

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